Add to ORKGWe compute the effective medium properties for Kerr-type metallodielectric composites of interacting spheres and isolated spheroids. We show the nonlinear index enhancement increases significantly faster than the linear absorption as particles interact or become elongated. © 2008 Optical Society of America
This paper considers various methods of effective media as a tool for studying both optical and magn...
This review paper deals with the dielectric and elastic characterization of composite materials cons...
Nonlinear optics focuses on the phenomena that arise when intense light interacts with matter. At lo...
We compute the effective medium properties for Kerr-type metallodielectric composites of interacting...
Abstract: We compute the effective medium properties for Kerr-type metallodielectric composites of i...
Maxwell Garnett effective medium theory is used to study the influence of silver nanoparticle induce...
In this work, we study the enhancement of the third-order optical susceptibility, X(3)e/X(3) in peri...
The discovery of new materials with peculiar optical properties as well as the prediction of their b...
We study different effective medium theories for describing the optical behaviour of composites cons...
Formulas for the evaluation of third-order optical susceptibility of nonlinear composites are derive...
We studied the nonlinear optical response of metallic amorphous composite layers in terms of a self-...
Metamaterials are artificial media designed to display properies going beyond those of ordinary mate...
The fundamental problem of finding the effective linear and nonlinear elastic properties of a partic...
To investigate the effective linear dielectric constant $\epsilon_e$ and third-order nonlinear susce...
Recent developments in metamaterials, or nanostructured materials with engineered optical properties...
This paper considers various methods of effective media as a tool for studying both optical and magn...
This review paper deals with the dielectric and elastic characterization of composite materials cons...
Nonlinear optics focuses on the phenomena that arise when intense light interacts with matter. At lo...
We compute the effective medium properties for Kerr-type metallodielectric composites of interacting...
Abstract: We compute the effective medium properties for Kerr-type metallodielectric composites of i...
Maxwell Garnett effective medium theory is used to study the influence of silver nanoparticle induce...
In this work, we study the enhancement of the third-order optical susceptibility, X(3)e/X(3) in peri...
The discovery of new materials with peculiar optical properties as well as the prediction of their b...
We study different effective medium theories for describing the optical behaviour of composites cons...
Formulas for the evaluation of third-order optical susceptibility of nonlinear composites are derive...
We studied the nonlinear optical response of metallic amorphous composite layers in terms of a self-...
Metamaterials are artificial media designed to display properies going beyond those of ordinary mate...
The fundamental problem of finding the effective linear and nonlinear elastic properties of a partic...
To investigate the effective linear dielectric constant $\epsilon_e$ and third-order nonlinear susce...
Recent developments in metamaterials, or nanostructured materials with engineered optical properties...
This paper considers various methods of effective media as a tool for studying both optical and magn...
This review paper deals with the dielectric and elastic characterization of composite materials cons...
Nonlinear optics focuses on the phenomena that arise when intense light interacts with matter. At lo...